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Machine Vision Blackbody
Designed for calibration and validation of infrared imaging systems in autonomous vehicles, this machine vision blackbody simulates human thermal signatures with high accuracy and contrast. Maintaining a stable 37°C output (±0.5°C), it replicates real pedestrian emission profiles for reliable testing of human detection and avoidance systems. The high-contrast emissivity surface, combining matte aluminum with replaceable black foil, enables customizable patterns for advanced imaging evaluation. With Bluetooth connectivity for remote control and a compact, lightweight design, it offers a flexible, application-ready solution for both laboratory and field deployment across MWIR and LWIR systems.
For Self Driving Cars
Specifications:
Human Simulation Blackbody for Machine Vision Calibration: Designed for testing and validating infrared pedestrian detection systems in autonomous and driver-assist vehicles.
Accurate Thermal Reference: Maintains human body temperature at 37°C with ±0.5°C accuracy, providing a reliable standard for IR camera calibration.
Optimized Emissivity Contrast: Matte aluminum surface combined with high-emissivity black foil creates realistic contrast patterns for improved detection testing.
Infrared Camera Calibration: Tuned for MWIR and LWIR systems, enabling precise evaluation of human-avoidance and navigation cameras.
Wireless Control: Bluetooth connectivity allows convenient remote operation and adjustment via compatible mobile devices.
Flexible & Maintainable Design: Replaceable black foil supports custom pattern configurations and easy maintenance for varied testing scenarios.
Compact, Application-Ready Form Factor: Lightweight (7 lbs) panel with compact dimensions (8.95" × 15.475" × 2") for easy deployment in lab or field environments.
Blackbody Calculator
Our Blackbody Calculator by Bodkin Design makes IR calibration simple and precise. Designed for thermal measurement professionals, this tool helps calculate accurate blackbody settings for a wide range of infrared applications, ensuring reliable and consistent results every time.
